Assignement No III Total Quality Management (TQM)

CTIEMT, SHAHPUR

MECHANICAL ENGINEERING DEPARTMENT

Total Quality Management (TQM)

Assignment No # III

Date of Issue: 27^th March, 2013                                                       Date of Submission: 4^th April, 2013

1.      Discuss in detail seven basic problem solving tools and seven new tools for problem solving.

2.      What is benchmarking? What is it process? Explain its various types.

3.      Explain the registration procedure for ISO 9001.  Also explain the elements of ISO 9001.

4.      Explain the FMEA technique of TQM in details along with its advantage and limitations.

5.      Write a short note on

a.      Taguchi Methods.

b.      Signal to noise ratio

c.       Difference between ISO 9000 and  ISO 14000

ME 5 Result

ME 7A Result

MECHANICAL VIBRATION Assignment No I

CTIEMT, SHAHPUR

MECHANICAL ENGINEERING DEPARTMENT

MECHANICAL VIBRATION 

Assignment No # 1

Date of Issue: 28^th Jan, 2013                                                    Date of Submission: 4^th Feb, 2013

1.      Represent the periodic motion given in figure 1 by harmonic motion

Figure 1

2.      Represent the periodic motions given in figure 2 by harmonic motion.

Figure 2     

3.      Find the sum of harmonic motion of equal amplitude but of slightly different frequencies. Discuss the beat phenomenon that results from this sum.

4.      Split up the harmonic motion 8 sin (ωt + π/4) into two harmonic motions one of which has amplitude of 10 and phase difference zero.

5.      A steel shaft 6 cm diameter and 50 cm long fixed at one end carries a flywheel of weight of 1000 kgf and radius of gyration 30cm at its free end. Find the frequency of free longitudinal transverse and torsional vibration E= 2 x 10⁶ kgf/ cm², C = 3.8 x 10⁶ kgf/ cm².

6.      A shock absorber is to be designed so that its overshoot is 10% of the initial displacement when released. Determine the damping factor. If the damping factor is reduced to one half this values, what will be the overshoot?

7.      Why do we consider natural frequency in vibration?

8.      A simple U tube manometer filled with liquid is ahown in figure 3. Calculate the frequency of resulting motion if the minimum length of a manometer tube is 0.15m.

Figure 3

9.      A gun barrel having mass 560kg is designed with the following data: Initial recoil velocity 36 m/sec, recoil distance on firing 1.5 m

Calculate:

(a)    Spring constant

(b)   Damping coefficient

(c)    Time required for the barrel to return to a position 0.12 m from its initial position

Total Quality Management (TQM) Assignment No I

CTIEMT, SHAHPUR

MECHANICAL ENGINEERING DEPARTMENT

Total Quality Management (TQM)

Assignment No # 1

Date of Issue:26^th Jan, 2013                                                           Date of Submission: 4^th Feb, 2013

1.      Differentiate between the following:

a)      TQM and TQC

b)      JIT and MRP

c)      Traditional quality management and TQM

d)      Internal and external customers

2.      Describe the need of quality in the present day context. What are the impacts of quality?

3.      How can Indian companies attain world class excellence? Which organizations are world class companies? Why?

4.      Describe any 15 (fifteen) Models of TQM in detail. Which one of these models do you think is more suited to Indian companies?

5.      Define TQM. What are its major elements? What are the principles and barriers in TQM implementation? How can you remove these barriers?

6.      Who is customer? Explain the various strategies and ways to get customer feedback. Also explain how you will use customer feedback and complaints.

7.      “JIT approach helps in waste elimination” comment.

8.      write a short note on the following:

a)      JIT and its elements

b)      Kanban system

c)      Quality dimensions

d)      TWE and its types

Assignmnet No III. MP-II

Assignment No III

Manufacturing Processes- II

Date of issue: 9^th March, 2012                                                 Last date of Submission: 23^rd March, 2012

1.    Explain in detail of constructional feature of shaper, planner slotting machine, milling and sawing machine with diagram.

2.    Differentiate the following:

a.    Up-milling and down- milling

b.    Shaper and planner

3.    Write a short note on the following

a.    Mechanism of shaper

b.    Mechanism of planner

c.    Simple, compound and differential indexing

4.    Draw and explain with neat sketch of milling cutter and drilling tool with all its angles.

5.    What are grinders? Explain cylindrical surface and centre less grinders.

6.    Write a short note on:

a.    Broaching machine

b.    Drilling

c.    Operation of boring

d.    Drilling operation

e.    Nomenclature of grinding wheel.

Assignmnet No III ---- Machine Design II

 

Assignment No III

Machine Design - II

Topic: Design of Belt, Rope, Chain, Clutch, Brakes, Bearing, lubrication system and CAD

Date of issue: 9^th March, 2012                                       Last date of Submission: 23^rd March, 2012

1.      It is required to select a flat-belt drive for a compressor running at 720 rpm, which is driven by a 25 kW, 1440 rpm motor. Space is available for a centre distance of 3m. The belt is open type.

2.      Design a dry single plate friction clutch for following data:

P = 25 kW, N = 1440 rpm, Mean radius = 5 x face.

3.      Select a suitable chain drive to transmit 30 kW from an electric motor running at 1200 rpm to a line shaft running at 250 rpm. Motor shaft diameter is 60 mm and the centre distance is approximately 600 mm. Service is l0 hr/day, 6 days a week. Good lubrication condition is expected.

4.      A band brake has to absorb 4.5 k W at 150 rpm. For long life, the maximum pressure between lining and drum is 0.7MPa. The width of band is 50 mm and μ = 0.12. Find the angle of wrap if the brake drum diameter is 300 mm.

5.      A tentative design of a journal bearing result in a diameter of 75 mm and a length of 125 mm for supporting a load of 20 kN. The shaft runs at 1000 r.p.m. The bearing surface temperature is not to exceed75°C in a room temperature of 35°C. The oil used has an absolute viscosity of 0.01kg/m-s at the operating temperature. Determine the amount of artificial cooling required in watts. Assume d/c = 1000.

6.      Discuss the design procedure of lubrication system in transmission system.

7.      Describe the detail design process for computer aided design. Discuss how use of computers assist a designer in each stage of the design process with respect to reducing the time and providing wider spectrum to design solutions.

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